B43511C4827M000

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Aluminum Electrolytic Capacitors are electronic components used to store and stabilize electrical energy. These capacitors are polarized, and further divided into Aluminum Electrolytic Aluminum Capacitors (AECs) and Aluminum Electrolytic Polymer Capacitors (APCs). AECs are power capacitors used in applications such as power factor correction, fan acceleration and smoothing of pulsed loads among others.
The B43511C4827M000 is an Aluminum Electrolytic Capacitor, specifically a SMD capacitor with EIA (Electronic Industries Alliance) code J. It is an E-series size component, with 4.7mm diameter and 7mm in height. It has a capacitance of 47µF, and a working voltage of 25V. This capacitor is known for its long life and volatility and mostly used in power and signal filtering applications.

The working principle of Aluminum Electrolytic Capacitors, including B43511C4827M000, is based on Faraday’s law of electrolysis. When an electrical current is applied, the positive and negative plates of the capacitor essentially create a backup store of charge by drawing in and pushing out ions from the electrolyte. This charge can then be ‘stored’ until the capacitor is discharged.

The application field of the B43511C4827M000 includes power and signal filtering, allowing for stable and reliable electrical signals. The capacitor is often used as a transient voltage suppression device, and to create a flat frequency response. The capacitor is also used in a wide range of power supply applications, including automotive and power systems, industrial AC/DC stabilizing circuits, and alternator and solar power systems.

Aluminum Electrolytic Capacitors, including the B43511C4827M000, are vital elements in modern electronics, and are widely used in power supply, power factor correction, transient voltage suppression, and frequency response applications. Their innovative working principle allows for efficient and reliable voltage regulation, low self-discharge, and long life. This capacitor and the rest of the category have become indispensable components of our technology.

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